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Shiseido Moves a Step Ahead with its Research on Skin Hyperpigmentation

Published on 2017-09-28. Author : SpecialChem

Shiseido Company, Limited has been long engaging in skin analysis with a focus on skin reaction specifically seen in pigmented skin and clarifying various causes of hyperpigmentation.

Shiseido Moves a Step Ahead with its Research on Skin Hyperpigmentation

Recently, Shiseido has pursued research on the relationship between hyperpigmentation and vascular morphology, and discovered the involvement of vascular plexus malformation in hyperpigmentation.

Development of Hyperpigmentation


Moreover, Shiseido elucidated that the activity of vascular endothelial cells partly causes hyperpigmentation and uneven complexion in a joint research with Dr. Kang of Department of Dermatology, Ajou University School of Medicine, South Korea. Shiseido has also found out that Tormentilla extract and Pyrola incarnata extract have an inhibitory effect on the abnormal reaction of vasculature, which is associated with the development of hyperpigmentation.

Previously, Shiseido had already identified various abnormal skin reactions specific to pigmented skin and developed the technologies and ingredients applicable to each lesion.

However, Shiseido thought that there might still be a possible cause hidden in dermis that had never been focused on, and conducted a thorough analysis in a joint research with Dr. Kang of Department of Dermatology, Ajou University School of Medicine, South Korea, who is an authority in skin pigmentation research. As a result, we have learned that:

Skin Pigmentation & Abnormalities


In hyperpigmentation (solar lentigo), vascular endothelial growth factor (VEGF-A) increases in expression, and the density and area of skin capillaries as well as the blood flow also increase. UV-associated vasculature (vascular endothelial cells) releases melanocyte growth factor, resulting in an increase of melanin production.

  • Various abnormal reactions of the skin, such as chronic mild inflammation, cornification disorder, malfunction in inhibition of pigment proliferation due to abnormal components in the basement membrane, etc.
  • Increased blood flow and vasculature in solar lentigo, Journal of Dermatology 2016; 43: 1209–1213
  • Presented at the 41st Annual Meeting of the Japanese Society for Investigative Dermatology (December 2016)

Responsive Technology 1: Inhibition of vascular endothelial growth factor (VEGF-A)

While focusing on the finding that vascular endothelial growth factor (VEGF-A) increases in hyperpigmentation, Shiseido has sought for an ingredient that would inhibit the development of vascular endothelial growth factor (VEGF-A) produced by epidermal keratinocytes and discovered Tormentilla extract, which is extracted from the roots of potentilla erecta, a perennial plant belonging to the rose family.

Responsive Technology 2: Inhibition of melanin production stimulated by vascular plexus malformation

Based on the finding that UV-induced vascular endothelial cells stimulate melanin production of melanocytes, Shiseido has discovered that Pyrola incarnata extract has an inhibitory effect.

These findings provide a new perspective on identifying the causes of hyperpigmentary disorders. Shiseido will pursue further development of whitening skincare/cosmetic products in a bid to provide innovative discoloration control technology for consumers who have concerns over skin pigmentation.

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Source: Shiseido Company
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